FITTING

Abstract: A fitting (70) for covering the fixation point of a cord (80) to a ceiling surface has a hollow body (71) which defines an outer curved plane and an inner cord passage cavity (72). To facilitate a fitting or fixation of the fitting (70) after the suspension and connection of an electrical appliance such as a swinging lamp, and to facilitate a subsequent dismantling of the fitting (70) for the purpose of cleaning and/or replacement, the body (71) has two parts (82, 84) which are interconnected through a hinge (86) and thus rotatable with respect to each other between a first position, in which the body (71) is opened so that the cord (80) can be introduced freely into the inner cord passage cavity (72), and a second position, in which the body (71) is closed and encircles the cord (80), the cord being received in the inner cord passage cavity. The fitting (70) preferably has locks (90, 92, 94 and 96) for locking the two parts (82 and 84) in said second position, i.e. in the position in which they encircle the cord.

Description: TITLE: Fitting The present invention relates to a fitting for covering the fixation point of an electrical wire or the like to a ceiling surface. A number of electrical appliances are suspended from a ceiling. As examples of such electrical appliances can be mentioned lamps, such as swinging lamps and spot lamps, information or display devices, such as displays or television moni¬ tors, fan blowers (ventilators) and loudspeakers. In particular, in connection with swinging lamps which are suspended in an electrical wire which is fixed to a ceiling surface, it is customary to use a fitting having a hollow body which de¬ fines an outer, curved plane and an inner cord passage cavity. The fitting is in¬ tended and adapted for mounting on a wire, at the end of which the relevant electrical appliance is suspended, e.g. the wire leading to a swinging lamp. The fitting should be mounted on the cord before fixation and before connecting e.g. the mentioned swinging lamp, and it is not possible to retrofit the fitting, i.e. to fixate the fitting, after the swinging lamp has been suspended and connected, which is often desirable for obtaining an aesthetically acceptable suspension of a swinging lamp and an advantageous and secure suspension thereof. The prior art fitting is adapted for fixation onto the above-mentioned cord by friction against the cord and may serve the purpose of covering a cord passage through a ceiling surface, a connecting box, whereto the cord leads, or a suspension such as a swinging suspension, a suspension hook, a suspension eyelet or the like, from which the cord continues further on to a supply terminal such as a lamp outlet, e.g. at a different point on the ceiling surface. Apart from this prior art, conical fitting, which is dislosed in Swedish patent no. 200 070, various other lamp su¬ spension devices are known, which among others are described in Swedish pa¬ tent no. 388 025 and in German published applications nos. 2 159 985 and 2 932 334. A common feature of these prior art fittings is that the fitting should be fitted on the cord which is fixated to a ceiling surface, e.g. a cord at the end of which a swinging lamp is suspended from the ceiling surface, before the cord is connect¬ ed to an electrical outlet or in any other way is connected at both ends to a sup- ply terminal, such as a lamp outlet, and at the other end to an electrical applian¬ ce or device, such as a swinging lamp, respectively, and that fixation of the fit¬ ting is not possible after suspension and connection of e.g. the swinging lamp or replacement without disassembling e.g. the swinging lamp. In numerous cases it is further extraordinarily difficult to establish an aesthetically acceptable and architecturally satisfying mounting with the fitting constructions of the prior art, as these fittings tend to move with respect to the desired and intended placement due to the material used and due to the unsecure fixation of the fitting with re¬ spect to the wire. Moreover, from U.K. patent no. 202,056 is known an ornamental cover mem¬ ber made of metal and comprising two unidentical halves adapted for interenga- gement and for covering a ceiling rose by being secured in position by means of a collar with respect to the ceiling rose. Accordingly, this prior art construction requires the presence of a ceiling rose or fitting which in itself has the same dis¬ advantages as those described above with respect to other fittings of the prior art, in particular that it cannot be fitted after suspension and connection to a lamp. The ornamental cover member known from this U.K. patent is provided with a cord passage cavity from which the cord is intended to suspend freely. One object of the present invention is to provide a fitting which eliminates the li¬ mitations of the prior art as discussed above, which permits a fitting or fixation of the fitting after suspension and connection of an electrical appliance, such as a swinging lamp, which permits a simple dismantling for the purpose of cleaning and/or replacement, and which makes it possible to obtain a reliable and long- term stable fixation with respect to the cord. This object is achieved by a fitting according to the present invention for cover¬ ing the fixation point of an electrical cord to a ceiling surface, comprising a hol- low body, which defines an outer curved plane and an inner cord passage cavity, said fitting being characterized in that the body comprises two parts which are movable with respect to one another between a first position, in which the body is opened so that the cord can be introduced freely into said inner cord passage cavity, and a second position, in which the body is closed and fits around the cord so that the cord is received in the inner cord passage cavity. According to the characteristic elaboration of the fitting of the present invention, the hollow body of the fitting comprises two parts, which in said first position provide an opened hollow body, into which the cord may be introduced freely, and which in said second position provide a fitting encircling the cord and forming a cover of virtually the same type as the fittings of the prior art. The described mobility between the two parts of the fitting body may be established as a rotational or displacement movement or a combination thereof, which will be evident from the detailed description given below. According to the presently preferred embodiment of the fitting of the present in¬ vention, the fitting preferably comprises further means for securing the two parts of the fitting body in said second position. These locking means may be consti¬ tuted by any suitable locking means, such as adhesive tape, snap fitting means, snap locking means, etc. By the provision of locking means, it is ensured that the two parts of the fitting, when moved from said first position to said second position, remain in that second position and do not seek to return to said first po¬ sition, thereby causing a partial opening or closing of the fitting body due to ela¬ sticity present in the fitting body or in the core immediately after the second po- sition has been reached, or after a shorter or a longer period of time. In the pre¬ sently most preferred embodiment of the invention, the locking means are, how¬ ever, constituted by a longitudinal tongue in the first part of the fitting body and a corresponding longitudinal groove in the second part of the fitting body, and in this embodiment the tongue may be provided with a longitudinal bead so that the two parts of the fitting body are interlocked when the tongue is introduced into the groove. In a variation of this preferred embodiment, the tongue has no lock¬ ing bead, and snap fitting means may be provided instead for securing the two parts of the fitting when these are moved from said first position to said second position. In order to ensure that the fitting is maintained in the intended position with re¬ spect to the cord, which is received into the hollow body of the fitting and ex¬ tends through the inner cord passage cavity, and consequently with respect to said ceiling surface, the fitting body is provided with supporting means, which in the closed position fit tightly around the cord. These supporting means may be constituted by transverse ribs provided in the cord passage body; however, according to the invention, said two parts are preferably adapted to fit tightly a- round die cord in said second position. As compared to the fittings of the prior art, which, as discussed above, are intended for retention with respect to the cord onto which the fitting has been mounted by friction against the cord, it is, according to the present invention, possible to provide a substantially higher friction between the cord and the fitting body than it is possible with the fittings of the prior art, which should be designed so that the fitting by mounting and dismounting allows introduction of the cord into an aperture in the fitting. The fit between the two parts of the fitting and the cord of the fitting according to the present invention may, unlike the corresponding fit established between a fitting of the prior art and a cord onto which this type of fitting is mounted, be adapted so that it becomes physically impossible to pull the cord through the fitting after said two parts are passed to the second position, or equivalent thereto makes it impossible to displace the fitting with respect to the cord. A particularly good retention of the fitting with respect to the cord can be achieved by providing a number of projections in connection with the cord passage aperture, which, when said two parts are passed to the second position, provide a surface of con- tact with the cord at an angle so that the assembled fitting may easily be pushed in direction of a ceiling surface, but only with difficulty can be pushed in the op¬ posite direction. The fitting according to the present invention may be provided with any geome- trical shape and may e.g. be adapted to the shape of a specific swinging lamp or any other electrical applicance in connection with which the fitting is to be used. Accordingly, the fitting according to the present invention may have e.g. an el¬ liptical cross section, a square or rectangular cross section or, like conventional fittings, a circular cross section when the two parts of the fitting body are placed in said second position. In accordance with the presently preferred embodiment of the fitting according to the present invention, the body in said second position forms a substantially rotationally symmetrical body which defines an upper cir¬ cumferential edge for placement adjacent to the ceiling surface and, opposite the circumferential edge, a cord passage aperture adjacent to said inner cord passage cavity. The upper circumferential edge further preferably defines a plane which in the preferred embodiment of the fitting extends perpendicular to the symme¬ trical axis of the rotationally symmetrical body. Alternatively, the upper circum¬ ferential edge may form an angle with the symmetrical axis of the rotationally symmetrical body so that the fitting may be used directly in contact with ceiling surfaces which are non-horizontal. In accordance with three alternative embodiments of the fitting according to the present invention, 1) the above-mentioned two parts of the fitting body are con¬ stituted by two identical hemispheres which together forms the body, 2) the a- bove-mentioned two parts of the fitting body are interconnected by a continuous wall section of the outer, curved plane of the body, and 3) the above-mentioned two parts of the fitting body are interconnected by hinge means. In the embodiment referred to above, in which the two parts are interconnected by a continuous wall section of the outer, curved plane of the body, the outer, curved plane of the body is adapted to allow die continuous wall section to de¬ form so that the fitting body can be made to enter the above-mentioned two posi¬ tions: the first position, in which the body is open, and the second position, in which the body is closed and fitted around the cord, respectively. In the embodiment referred to above, in which the two parts of the fitting body are interconnected by hinge means, these hinge means extend preferably con¬ tinuously from the upper circumferential edge of the body to a position adjacent to the cord passage aperture. By designing the hinge means as through or con¬ tinuous hinge means, it is also in this embodiment achieved that the outer, curved plane of the body, when the body is in said second position, appears es¬ sentially continuous. The hinge means are preferably formed as film hinges, i.e. as a, with respect to the surrounding material, thin section of material cast in one piece which makes it possible to open and close the two parts of the fitting body a great number of times without the risk of breakage. In accordance with alternative, advantageous embodiments, the fitting body, which as explained above preferably forms a substantially rotationally symmetri- cal body i said second position, preferably has the shape of a truncated cone, a hemisphere or a cylinder, and the body is preferably formed as a thin-walled bo¬ dy made of metal or plastics. By the making of the fitting body from plastics, li¬ near weakening lines may be provided, which allows a shortening of the fitting body so that the total height of the fitting can be adapted to a specific applica- tion, i.e. matched with the specific architectural environment, including the cei¬ ling height, the cord length and the size of the suspended electrical appliance, e.g. d e suspended swinging lamp. The above-mentioned linear weakening line may alternatively be provided for forming a tapping, through which a cord can be passed from me fitting, across a ceiling surface, to a lamp outlet or an electri- cal supply terminal. The linear weakening line may furthermore, alternatively, be provided in order to make it possible to form the fitting, which as explained above preferably is provided with a rotationally symmetrical body for use in connection with substantially horizontal ceiling surfaces, with a an upper, bevel¬ led edge for adapting it to a specific angle of inclination of the ceiling. As mentioned above, the fitting body is preferably formed as a thin- walled body made of metal or plastics. Preferred metals are copper and aluminium as well as alloys of these metals. Preferred plastic materials are polyethylene, or when the body should be provided with an integral film hinge, polypropylene or polyoxy- methylene (POM), or if a particularly blank and beautiful surface is desired, a- crylics. To ensure that the outer, curved surface of the body appears as a continuous, outer, curved plane when the body is in said second position, the body may ad- vantageously be matted or provided with a colouring serving the purpose of pre¬ senting the body in the second position with an outer, curved plane appearing as a continuous, curved surface. The fitting body may furthermore be adapted for the mounting of additional decorative elements, which in addition to serving pu¬ rely ornamental or decorative purposes may also perform the function of locking or securing the fitting body in said second position and thus constitute said lock¬ ing means. The decorative elements may furthermore advantageously be replace¬ able so d at the fitting can be adapted to specific architectural environments or desires. The present invention will be described in further details below witii reference to the drawings. Fig. 1 shows a first embodiment of a fitting according to the present inven- tion provided with push-button locks; Fig. 2 shows a second embodiment of a fitting according to the present in¬ vention provided with an adhesive tape or a tape closure; Fig. 3 shows a third embodiment of a fitting according to the present inven¬ tion comprising two identical halves; Fig. 4 shows a fourth embodiment of a fitting according to the present in¬ vention provided with a film hinge and a spring lock, and further showing an electrical cord; Fig. 5 shows a fifth embodiment of a fitting according to the present inven¬ tion provided with a spring lock comprising groove and tongue, and two film hinges; Fig. 6 shows a sixth embodiment of a fitting according to d e present inven¬ tion provided witii groove and tongue as control means, and push¬ button locks; Fig. 7 is a cross-sectional view through the spring lock comprising of groove and tongue of the embodiment shown in Fig. 5; Fig. 8 shows a seventh embodiment of a fitting according to the present in¬ vention provided with friction projections, and Fig. 9 shows the embodiment of fig. 8 of a fitting in its closed position in which it is fitted around a cord. Fig. 1 schematically shows a first embodiment of a fitting according to the pre¬ sent invention, which in its entirety is designated by reference numeral 10. The fitting is illustrated in a partially opened position. The fitting 10 comprises a ro¬ tationally symmetrical and substantially conical body which in its entirety is de- signated by reference numeral 11 and which defines an inner cord passage cavity 12, an upper circumferential circular edge or flange 14 and an opposite annular surface 16 provided with a circular cord passage aperture 18. The body 11 of the fitting comprises two adjoining parts or surface elements 20 and 22 which are interconnected by a continuous, curved surface part 21 of the body 11. The Parts 20, 21 and 22 together forms a thin-walled, continuous fitting body 11 which can be assembled to a closed conical fitting with an appearance substan¬ tially corresponding to the fitting construction which is known from Swedish pa¬ tent no. 200 070. In this closed position, the two parts 20 and 22 of the fitting body are maintained adjacent to one another by means of snap fittings 26 pro¬ vided on the inner path of material 24 of the part 20, which path is adapted to abut on the inner surface of the part 22 when the snap fittings 26 are received in corresponding recesses of the inner wall of the part 22. As it will be obvious for a person skilled in the art, the first embodiment shown in Fig. 1 can be modified by replacing the snap fittings 26 by other locking means, such as spring locking means e.g. in the form of dovetailed wedges or the like. Fig. 2 shows a second embodiment of the fitting according to the present inven¬ tion, which in its entirety is designated by reference numeral 30. The second embodiment shown in Fig. 2 of the fitting according to the present invention is distinguished from the above-described first embodiment with reference to Fig. 1 in that the body 31 of the fitting does not provide a truncated cone, but forms a body which curves in two directions and having essentially the shape of an el¬ lipsoid part. The body 31 of the fitting defines an inner cord passage cavity 32 and moreover an upper, circumferential flange or edge 34 which, when the body 31 of the fitting is in its closed or assembled position, provides a circle, and op¬ posite the upper, circumferential edge 34 an annular surface 36 in which a cord passage aperture 38 is provided. Corresponding to the above-described first em¬ bodiment 10 with reference to Fig. 1, the body 31 of the fitting comprises two adjoining parts 40 and 42 which crosses each other continuously through a wall section 41 which allows opening and closing of the fitting. At the upper edge 34 of the body 39 a linear weakening line 48 has been provided opposite die aper¬ ture of the body which is provided between the two parts 40 and 42, which line¬ ar weakening line serves the purpose of allowing for the provision of tappings through which a cord which is passed through the cord passage aperture 38 ex¬ tends through the inner cord passage cavity 32, can be passed through the tap¬ ping of a lamp outlet or a similar electrical connection. In replacement of the snap fittings 26 described above with reference to Fig. 1, a double adhesive tape 46 is provided in the embodiment shown in Fig. 2, one surface of which adhe- sive tape is adhered to an outwardly facing surface of a path 44 corresponding to the path 24 as described above, and the opposite side or surface of which before use is covered witii a release paper 45. Part of said release paper has been omit¬ ted, and the outer adhesive layer 47 of the adhesive tape 46 is shown, which ad- hesive layer 47, when all release paper 45 is removed, is adapted to adhere to the inner surface of the part 42. The first and second embodiments of the fitting according to the present inven¬ tion are used in essentially the same manner, in that the fitting is mounted after suspension of an electrical appliance, such as a swinging lamp; whereby the fit¬ ting 10 and 30, after the opening which is provided in the fitting body between the parts 20, 22 and 40, 42, respectively, possibly is increased by a deformation of the wall part 21 and 41, respectively, of the fitting, is fitted around the cord so that the cord extends through the inner cord passage cavity 12 and 32, respec- tively, of the fitting and the cord passage bushing aperture 18 and 38, respec¬ tively. After mounting of the fitting at the desired point with respect to the cord and with respect to a ceiling surface, from which e.g. the swinging lamp is su¬ spended, the fitting is then assembled in that the two parts 20, 22 and 40, 42, re¬ spectively, are assembled, whereafter the fitting is secured in this closed position by the interaction of the snap fittings 26 with the recesses 28 and the double-ad¬ hering adhesive tape 46, respectively. Fig. 3 shows a third embodiment of the fitting according to the present inven¬ tion, which in its entirety is designated by reference numeral 50. As compared with the embodiments discussed above which comprise one single body, the third embodiment 50 shown in Fig. 3 comprises two identical halves 52 adapted for assembly in order to obtain a continuous fitting body. Each of the two halves 52 constitutes one half of a truncated cone and defines an upper, semicircular flange or edge 54 and opposite this semicircular edge a surface part 56 constitu- ting one half of an annular plane, in which a circular passage aperture is provi¬ ded, when the two halves 52 are assembled, which aperture is provided by semi¬ circular notches 58 in the surfaces 56. When the two halves 52 are assembled, the fitting 50 provides an inner cord passage cavity 60 through which a cord can extend from e.g. a lamp outlet which is covered by the fitting 50, through the cord passage aperture formed by the semicircular notches 58. The two halves 52 are assembled along symmetrically spaced cuttings in the truncated cone pro¬ vided by the halves when assembled. Abutting on this linear cut one of the two halves has a surface part 61, whereas the other half has a surface part 62, which parts are adapted for assembly by means of spring locking means. Due to the symmetry of the construction, each of the two halves 52 has a surface part 61 and a surface part 62, respectively. For the provision of a snap locking with the surface part 62, the surface part 61 has an inwardly extending dovetailed wedge 63 adapted to be received in a notch 68 provided by a wall flange 66 which ex- tends outwardly from a wall reinforcement 64 which per se corresponds to the paths 24 and 44 described above. The third embodiment shown in Fig. 3 is further distinguished from the embodiments 10 and 30 described above and also from a fourth embodiment, which will be described below with reference to Fig. 4, in that the two halves 52 preferably are made of a comparatively rigid plastics material, e.g. polypropylene, whereas the other embodiments shown in the drawings preferably are made of a soft plastics such as soft polypropylene, poly¬ ethylene or PVC. Fig. 4 shows a fourth embodiment of the fitting according to the present inven- tion, which in its entirety is designated by reference numeral 70. This fourth em¬ bodiment comprises a body 71 which, when assembled, provides a truncated, conical fitting. When assembled, the body 71 further provides an inner cord pas¬ sage cavity 72 and defines an outer circumferential flange or edge 74 and oppo¬ site this circumferential edge an annular surface 76, in which a circular cord passage aperture 78 is provided, through which an electrical cord 80 is led. When the fitting is assembled it preferably fits tightly around the cord 80 in the cord passage aperture 78, so that the fitting and the cord cannot be displaced with respect to each other, so that the fitting at a later time is not displaced or moved with respect to the cord and thus removed from an intended position in which it is fixated. Like the embodiments described above with reference to Figs. 1 and 2, the body 71 has two surface parts 82 and 84 abutting on each o- ther along a dividing line, but unlike the embodiments described above with re¬ ference to Figs. 1 and 2, these parts constitute two halves of the body 71 which halves are interconnected through a continuous hinge 86 formed as a film hinge. Like the embodiment shown in Fig. 2, a linear weakening line 88 is also provid¬ ed in the part 82, which linear weakening line makes it possible at this place to establish a tapping through which the cord 80 can be led to a lamp outlet or any other electrical supply terminal. For locking of the two parts 82 and 84 in the closed position, fitting tightly around the cord 80 and providing a continuous, uninterrupted outer surface, the part 82 has an inwardly extending flange 90 in which a groove 92 is provided. For interaction with the flange 90 and the groove 92, the part 84 has an elongation 84 in the form of a flange which is provided with an inwardly extending bead 96. The flange 94 is adapted to engage behind the flange 90 as the bead 96 thus locks in the groove 92. Fig. 5 shows a fifth embodiment of the fitting according to the present inven¬ tion, which in its entirety is designated by reference numeral 100. This fifth em¬ bodiment comprises a body 101 which when assembled provides a truncated, co- nical fitting. When assembled, the body 101 further provides an inner cord pas¬ sage cavity 102 and defines an outer circumferential flange or edge 104 and op¬ posite to this circumferential edge an annular surface 106 (not shown), in which a circular cord passage aperture 108 is provided. Like the embodiment described above with reference to Fig. 4, the body 101 has two flat parts 110 and 112 which abut on each other along a dividing line, but which unlike the embodiment shown in Fig. 4 are interconnected through two hinges 113 and 114 formed as film hinges, which hinges are arranged at small intervals and extend parallel. For locking the two parts 110 and 112 in the closed position, fitting tightly a- round a cord and providing a continuous, uninterrupted outer surface, the part 112 has a longitudinal flange 115 which on the surface facing the cord passage cavity 102 has a longitudinal bead 118, which can also be seen from Fig. 7. For interaction with the tongue 115 and the bead 118, the part 110 has a longitudinal groove 117 which is open so as to provide a strap which secures a sharp rear edge of the bead 118 when the tongue 115 is passed through the groove 117 to a position in which the body is assembled. By making the fitting of an elastic, re¬ silient plastics material such as polypropylene, the body can be reopened by pulling the two parts away from each other and e.g. with the fingers manipulate the bead 118 so that it falls out of engagement with the rear edge of the groove 117. Fig. 6 shows a sixth embodiment of the fitting according to the present inven¬ tion, which in its entirety is designated by reference numeral 100'. This embodi¬ ment differs from the embodiment of Figs. 5 and 7 solely in that the locking means are designed in a different way; accordingly, this figure only contains re- ference numerals to these locking means. By reference numeral 130 a recess is shown which is adapted to interact with a snap fitting 131 at one ende of the fit¬ ting, whereas there is provided a corresponding recess 132 and snap fitting 133 at the opposite ende of the fitting body. Between the locking means a longitudi¬ nal tongue or pin 134 is provided which is intended to engage with a longitudinal groove or recess 136 in the second part of the fitting body. Recesses, snap fit¬ tings, pin and recess are placed geometrically so that, when the body is assem¬ bled, a continuous, smooth surface is provided along the dividing line where the two side parts of the body meet in the assembled position. Fig. 8 shows a particular embodiment of the part of the fitting according to the present invention which is intended to fixate the cord. This embodiment is in Fig. 8 shown as a variation of the embodiment shown in Fig. 5 with correspond¬ ing reference numerals, but it can be applied to all embodiments shown in Figs. 1-6. In this particular embodiment, four symmetrically placed projections 120, 121, 122 and 123 are provided in the annular lower surface 106 which encircles the circular cord passage aperture 108. These projections, which preferably are cast in one piece with the body, forms a suitable angle, e.g. of 45° with respect to the cord passage direction, away from the body, so that the fitting when as- sembled as shown in Fig. 9 can easily be pushed in a direction towards a ceiling and subsequently will remain in its position because the friction of the projec¬ tions against the cord can fixate the fitting in position around the cord 124 shown in Fig. 9. Even though the invention is described above with reference to a large number of presently preferred embodiments of the fitting, it is obvious for persons skilled in the art that numerous changes and modifications can be made within the scope of the invention, such as those described in the accompanying patent claims, without differing from the spirit and aim of the invention. The embodi- ments described above may furthermore be combined in any way, and elements or features of one embodiment may readily be incorporated into another embodi¬ ment. LIST OF REFERENCE NUMERALS 10 First embodiment of fitting 11 body 12 Inner cord passage cavity 14 circumferential edge 16 annular surface 18 cord passage aperture 20 part of body 21 part of body 22 part of body 24 path 26 snap fitting 28 recess 30 second embodiment of filling 31 body 32 inner cord passage cavity 34 circumferential edge 36 annular surface 38 cord passage aperture 40 part of body 41 part of body 42 part of body 44 flange 45 release paper 46 double-adhering adhesive tape 47 exposed adhesive layer 48 linear weakening line for tappings 50 third embodiment of fitting 52 half 54 semicircular edge 56 part of annular surface 58 semicircular notch 60 inner cord passage cavity 61 surface part 62 surface part 63 dovetailed wedge 64 path 66 flange 68 notch 70 fourth embodiment of fitting 71 body 72 inner cord passage cavity 74 circumferential edge 76 annular surface 78 cord passage aperture 80 cord 82 part of body 84 part of body 86 film hinge 88 linear weakening line for tappings 90 flange 92 groove 94 flange 96 bead 100 fifth embodiment of fitting 101 body 102 inner cord passage cavity 104 outer, circumferential ridge or edge 106 annular surface 108 circular cord passage aperture 110 flat component 112 flat component 113 hinge 114 hinge 115 flange 117 groove 118 bead 120 projection 121 projection 122 projection 123 projection 124 wire 101 ' sixth embodiment of fitting 130 recess 131 snap fitting 132 recess 133 snap fitting 134 tongue or pin 136 groove or recess

Claims: PATENT CLAIMS 1. Fitting (10,30,50,70,100,100') for covering the fixing of an electrical cord (80,124) to a ceiling surface and comprising a hollow body (11,31,52,71, 101), which defines an outer curved plane and an inner cord passage cavity (12,32,60,72,102), CHARACTERIZED in that the body (11,31,52,71,101) comprises two parts (20,22; 40,42; 61,63; 82,84; 110, 112), which are movable with respect to one another between a first position, in which the body (11, 31,52,71,101) is open so that the cord (80,124) can be introduced freely into said inner cord passage cavity (12,32,60,72,102), and a second position, in which the body (11,31,52,71,101) is closed and fits around the cord (80,124) so that the cord (80,124) is received in the inner cord passage cavity (12,32, 60,72,102), and in that the body (11 ,31,52,71,101) also include supporting means (20,22; 40,42; 61,63; 82,84; 110,112), which in said second position are adapted to support the body by being fitted tightly around the cord (80,124). 2. The fitting (10,30,50,70,100,100') of claim 1, CHARACTERIZED by further comprising means (26,28; 46; 64,64; 92,96; 115,117,118; 130,131,132, 133) for securing said two parts (20,22; 40,42; 61,63; 82,84; 110,112) in said second position. 3. The fitting (10,30,50,70,100, 100') of claim 1 or 2, CHARACTERIZED by the supporting means being constituted by a cord passage (18,38,58,78,108) between said two parts (20,22; 40,42; 61,63; 82,84; 110,112). 4. The fitting (10,30,50,70,100,100') of any of claims 1-3, CHARACTE¬ RIZED in that the body (11,31,52,71,101) in said second position forms a sub¬ stantially rotationally symmetrical body which defines an upper circumferential edge (14,34,54,74,104) for placement adjacent to the ceiling surface and, oppo- site the circumferential edge, a cord passage aperture (18,38,58,78,108) being adjacent to said inner cord passage cavity (12,32,60,72,102). 5. The fitting (10,30,50,70,100, 100') of claim 4, CHARACTERIZED in that the cord passage aperture (18,38,58,78,108) is constituted by interacting sections (18,38,58,78,108) of the two parts (20,22; 40,42; 61,63; 82,84; 110, 112) of the body. 6. The fitting (10,30,50,70,100,100') of any one of claims 1-5, CHA¬ RACTERIZED in that said two parts (52) constitute two identical halves (52), which together forms the body. 7. The fitting (10,30,50,70,100,100') of any one of claims 1-4, CHA¬ RACTERIZED in that said two parts (20,22; 40,42) are interconnected by a continuous wall section (21 ,41 ) of the outer , curved plane of the body (11,31). body. 8. The fitting (10,30,50,70,100,100') of any one of claims 1-4, CHA¬ RACTERIZED in that said two parts (82,84; 110,112) are interconnected by hinge means (86,113,114). 9. The fitting (10,30,50,70,100,100') of claim 4, 7 or 8, CHARACTE¬ RIZED in that said hinge means (86,113,114) extend continuously from the up¬ per circumferential edge (84,104) to a position adjacent to the cord passage aperture (78,108) and is designed as one or more parallel hinges, preferably film hinges. 10. The fitting (10,30,50,70,100,100') of any one of claims 1-9, CHA¬ RACTERIZED in that the means for fixating said two parts (20,22; 40,42; 61, 63; 82,84; 110,112) in said second position are constituted by a longitudinal tongue means (115,134) in the first part (112) and a corresponding elongated groove (116,117,136) in the second part (110) as well as an elongated bead (118) on the tongue means (115) for providing a snap fitting with the groove (117). 11. The fitting (10,30,50,70,100,100') of any one of claims 1-10, CHA¬ RACTERIZED in that the supporting means (20,22; 40,42; 61,63; 82,84; 110, 112) are provided with a number of preferably elastic, resilient projections (120,121,122,123) which when in the closed position of the body (11,31,71, 101) fits tightly around the cord (80,124) in such a way that the fitting when pushed around the cord (80,124) is secured by means of the friction of the pro¬ jections.

Inventors: KJERRUMGAARD VIBEKE, KJERRUMGAARD, VIBEKE
Applicants: KJERRUMGAARD VIBEKE, KJERRUMGAARD, VIBEKE
Application year: 1994
Main classification: F21V21
IPC codes: F21V21, H02G3